What should be paid attention to when using Ultrasonic U-V Cleaner to clean precision instruments?
Publish Time: 2024-08-02
There are many issues that need to be paid attention to when using Ultrasonic U-V Cleaner to clean precision instruments.
First, the material sensitivity of precision instruments should be taken into account. Different materials have different tolerances to ultrasound and ultraviolet rays. For example, some plastic parts may be deformed or have tiny cracks under the action of high-intensity ultrasound. Therefore, before cleaning, it is necessary to accurately understand the material characteristics of each component of the instrument and adjust the appropriate ultrasonic power and frequency. For some materials that are easily affected by ultraviolet rays, such as some special optical components, it is necessary to prevent excessive ultraviolet rays from causing aging or performance changes.
Secondly, precision instruments often have complex structures and delicate parts. When cleaning, make sure that the cleaning solution is selected appropriately. Some corrosive solutions may damage the surface or internal precision structure of the instrument. Generally, a mild, non-corrosive cleaning solution that is compatible with the instrument material should be selected. At the same time, pay attention to the liquid level of the cleaning solution to avoid the solution from entering the area inside the instrument that should not be exposed to liquid during ultrasonic vibration, causing damage.
Furthermore, the control of cleaning time is also crucial. Too long ultrasonic and ultraviolet effects may have adverse effects on precision instruments. For example, for some parts with coatings or special surface treatments, excessive cleaning may damage their functional coatings. For some electronic components, long-term UV exposure may affect their performance stability. Therefore, the cleaning time should be set reasonably according to the specific situation and degree of contamination of the instrument.
In addition, when placing precision instruments for cleaning, ensure that their position is stable and will not collide or move under ultrasonic vibration. Suitable clamps or fixtures can be used to ensure the safety of the instrument. At the same time, the drying process after cleaning also needs to be handled with caution to avoid problems such as rust or short circuit caused by residual moisture. In short, when using Ultrasonic U-V Cleaner to clean precision instruments, various factors must be fully considered to ensure that the cleaning process is safe and effective without damaging the performance and structure of the precision instruments.
